膜的

Firstly,we studied the HSS protection on CCl〓-damaged membrane of hepatic cytoplasma, mitochondria and microsome.

首先，HSS具有保护肝细胞膜、肝细胞器膜的作用，即减轻CCl〓对这些膜的损害。

The effects of seeds and multi-stage synthesis on the quality of the membranes were investigated.

初步探讨了粒状基底上分子筛膜的合成条件，研究了预涂晶种和合成次数对分子筛膜的影响。

The pore size of Na_2SO_4 rejection ranges negligibly when reaction time prolongs, while thickness and charge density increase.

界面聚合时间对复合膜孔径影响不大，随着反应时间的延长，膜的厚度和电荷密度增加。

Phase separation (nonsolvent induced phase separation,spreading solution on water surface and so on),melt stretch,thermally induced phase separation are included.

重点介绍了聚4–甲基–1–戊烯微孔膜各种制备方法的原理、过程、影响因素和膜的结构特点。

The components of pellicle protein from whole saliva were studied by the use of HA chromatography as a model to form experimental pellicle.

采用羟基磷灰石柱层析形成实验性获得性膜的体外模型，研究全唾液获得性膜蛋白的组成成份。

The titanium dioxide was fixed, and the size effect of the photocatalyst was retained as much as possible.

联系制膜条件和膜的表性，研究了TiO2薄膜的光催化活性。

At last, b-oriented Silicalite-1 zeolite films are synthesized on glass and quartz glass withseed method.

采用TPABr为模板剂合成定向Silicalite-1沸石膜是一种相对廉价的制作高品质沸石膜的方法，更有工业应用前景和价值。

The present Cu-20Ni-25Co alloy forms a continuous of Co2O3 layers over the surface of alloy because Cu-20Ni-25Co alloy formed by adding Ni to Cu-Co alloy decrease the critical concentration of forming reactive component oxides.

这主要归因于向Cu-Co合金加入了第三组元Ni，降低了合金表面活泼组元形成氧化物所需的临界浓度，促使合金表面由混合氧化物膜向单一活泼组元氧化物膜的转化。

After cross-linking, the membranes had high water retentivity in high temperature and high proton conductivity (3% MBA, 0.076 S/cm), but low dimensional change and high mechanical property (3% MBA, 23.6 MPa).

交联改性后，膜保持高的导电率(3% MBA，0.076S/cm)和高温保水性能，且膜的溶胀率大幅度降低，机械强度显著提高(3% MBA，23.6MPa)。

Separations in semipermeable membrane systems is based on forcing some of the molecules in the system through the membrane while retaining others on the feed side.

半渗透膜的分离体系是基于迫使某些分子通过半透膜而使其它的分子保留在进料一侧。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。